Pilot scale production method of low-carbon Fe-Mn-Al-Si series TWIP (Twining Induced Plasticity) steel

Abstract

The invention provides a pilot scale production method of low-carbon Fe-Mn-Al-Si series TWIP (Twining Induced Plasticity) steel, mainly comprising two technical processes of smelting and rolling the TWIP steel, wherein a smelting link in the pilot scale production of the TWIP steel is finished by a combined smelting manner of a 0.5-ton non-vacuum induction furnace and a 2.5-ton electro-slag refining furnace. The TWIP steel is produced by the combined smelting manner of the 0.5-ton non-vacuum induction furnace and the 2.5-ton electro-slag refining furnace and the manner is basically confirms to an accrual large production condition; the conventional situation of utilizing a 10-Kg experiment furnace to smelt the TWIP steel is changed and an industrial progress of the TWIP steel is propelled; and smelting and rolling technical parameters in the pilot scale production are provided.

Description

Technical field [0001] The invention belongs to the technical field of metal smelting, and relates to a steel smelting process, in particular to a low-carbon Fe-Mn-Al-Si series TWIP steel pilot production method. Background technique [0002] According to the general production process of iron and steel, TWIP steel can be prepared by the technical route of smelting → blooming → hot rolling → cold rolling. However, in the research on the production process of TWIP steel, the first is that the research and reports on smelting are the least. Generally, a small amount of experimental steel is prepared in the laboratory for research purposes, and the TWIP steel production smelting process and parameters are lacking; There are few related researches on the hot rolling process, and there is a lack of hot and cold rolling process control methods to achieve the target thickness. Summary of the invention [0003] The purpose of the present invention is to overcome the shortcomings of the p...

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Problems solved by technology

However, in the research on the production process of TWIP steel, first, the research and reports on smelting are the least. Generally, a small amount of experimental steel is prepared in the laboratory for research purposes, and there is a lack of smelting process and parameters for large-scale production of TWIP steel; There is also less research on the hot rolling process, and there is a lack of hot and cold rolling process control methods to achieve the target thickness

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